Additionally, I have an array called 'lonlat' that contains longitudes in the first column and latitudes in the second column. For every latitude and longitude pair in 'lonlat' I need to find the index of the closest latitude and longitude pair in 'loc'...
Find the nonzero elements in a 4-by-2-by-3 array. Specify two outputs, row and col, to return the row and column subscripts of the nonzero elements. When the input is a multidimensional array (N > 2), find returns col as a linear index over the N-1 trailing dimensions of X. Ge...
Find the nonzero elements in a 4-by-2-by-3 array. Specify two outputs, row and col, to return the row and column subscripts of the nonzero elements. When the input is a multidimensional array (N > 2), find returns col as a linear index over the N-1 trailing dimensions of X. Ge...
fprintf('value of a: %d \n', a); end 1. 2. 3. 输出结果为: value of a: 10 value of a: 11 value of a: 12 value of a: 13 value of a: 14 value of a: 15 value of a: 16 value of a: 17 value of a: 18 value of a: 19 value of a: 20 1. 2. 3. 4. 5. 6. ...
This MATLAB function returns a vector with the local maxima (peaks) of the input signal vector, y.
nVar,1),'a numeric value',options,defaultopt); if ~isempty(ME) throw(ME) end checkoptionsize('TypicalX', size(typicalx), sizes.nVar); options.TypicalX = typicalx; options.FinDiffType = optimget(options,'FinDiffType',defaultopt,'fast'); options = validateFinDiffRelStep(sizes.nVar,...
Set the initial point to a zero array of the correct size. x0.xcrop = zeros(size(xcrop)); Set the initial value to 3000 for the"wheat-onion"and"wheat-lentil"crops that are planted in any dry condition and are plowed traditionally. ...
k = find(X) k = find(X,n) k = find(X,n,direction) [row,col] = find(___) [row,col,v] = find(___)Description k = find(X) returns a vector containing the linear indices of each nonzero element in array X. If X is a vector, then find returns a vector with the same or...
% extensions, use the IMFORMATS function. If IMREAD cannot find a file % named FILENAME, it looks for a file named FILENAME.FMT. % % The return value A is an array containing the image data. If the file % contains a grayscale image, A is an M-by-N array. If the file contains...
headinghat = atan2(xhat(3), xhat(4)); Bhat = [0; 0; T*sin(headinghat); T*cos(headinghat)]; xhat = A * xhat + Bhat * u + K * (z - C * xhat); xhatarray = [xhatarray xhat]; % Find the constrained Kalman filter estimate. xtilde = xhat - D' * inv(D*D') ...